Hamiltonianism
- noun
- /ˌhæmɪlˈtoʊniənɪzəm/
- Specialized
- Researchers often rely on Hamiltonianism to model the total energy and evolution of complex systems.
Examples
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The principles of Hamiltonianism are essential for understanding quantum mechanics and classical mechanics alike.
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Many advanced physics courses introduce Hamiltonianism as a fundamental approach to analyzing dynamic systems.
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The concept of Hamiltonianism is fundamental in modern physics.
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Many scientists study Hamiltonianism to understand complex systems.
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Many advanced physics courses introduce Hamiltonianism as a fundamental approach to analyzing dynamic systems.
-
Researchers often rely on Hamiltonianism to model the total energy and evolution of complex systems.
-
The principles of Hamiltonianism are essential for understanding quantum mechanics and classical mechanics alike.
Surface Forms
Morphology
Hamiltonianism = Hamiltonian (opaque) = Hamilton + ian + ism
Although morphologically regular, the sense refers to a technical formalism in physics/mathematics that is specialized and not derivable from the base words by an average learner.
Etymology
Hamiltonianism comes from the name of the scientist William Rowan Hamilton and the ending -ism, meaning 'a method or system'. He gave his name to the Hamiltonian function that shows a system's 'total energy', so Hamiltonianism means using that method to study how physical systems change.
